Electromagnetic field sensitivity (EMF sensitivities) refers to a state that occurs when the person is a sensitivity to the electromagnetic fields around him. It isn't restricted to environments in which there is no electrical current, but can affect people who have an open circuit or who are in contact with electromagnetic field for long periods of time. The Environmental Health Center in Dallas is well-versed in the factors that cause EMF sensitivity and can help patients treat the symptoms. The center can perform tests to determine whether the patient is at risk of EMF exposure. This is possible using the latest technology to measure heart rate variation.
I.E.-EMF sensitivity is a sign of emf exposure
Electromagnetic pollution and the magnetic fields that result from it have been linked to the onset of a number of diseases. emf sensitivity symptoms are often difficult to detect as some have experienced a variety of symptoms. These may be a result of pre-existing conditions or as a reaction to stress caused by the prospect of exposure to large amounts in electromagnetic field. No matter the reason, the symptoms can be extremely debilitating for individuals who experience these. Despite this, the medical community isn't quite sure of the extent to which the IEI sensitization syndrome is and how widespread it is.
It is not a symptom of electrohypersensitivity
While the symptoms of electrohypersensitivity and EMF sensitivity are similar, there are some key differences. Electromagnetic hypersensitivity can be misunderstood and symptoms can vary widely. It is crucial to receive an accurate diagnosis in order to determine the root cause and potential treatments.
It isn't a symptom of EHS
Although EMF sensitiveness isn't an underlying characteristic of EHS but it is commonly associated with the disorder. In fact, some studies suggest that the disorder is linked to genetics and environmental factors rather than a particular physical disorder. However it is still necessary to conduct more research to make definitive conclusions.
It can be perplexing
The signs of EMF sensitivities can be confusing. The majority of EHS sufferers don't believe that their symptoms are due to a specific cause. They seek medical attention, but are unable to obtain a convincing diagnosis. It is possible that they could be suffering from some sort of mental disorder that can lead to an increase in feelings of helplessness and anxiety.
It can be terrifying
Electromagnetic fields also known as EMFs, can be terrifying. Helpful hints have reported unpleasant symptoms when exposed to these electromagnetic fields, which are generated by devices like Wi-Fi routers and mobile phones. The symptoms may vary in severity, however in extreme cases, individuals are forced to stay away from fluorescent lights and electronic devices. In extreme cases, people might even be forced to leave the modern world and live in isolated communities called "EMF-free zone".
It can help with melatonin production
The most significant hormones found in our bodies Melatonin is a hormone that is produced in the pineal gland. It plays a role in a variety of physiological functions, including circadian rhythm regulation. However, its use as a factor of protection in the face of nonionizing electromagnetic field has been challenged mostly due to the inconsistency with the results of different studies. Our understanding of the hormone's protection mechanisms is mostly based upon our understanding of the mechanism by which it works to protect the body from the oxidative stress produced by RF/ELF exposure.
It may aid in autonomic nervous system changes
Several studies show that EMF sensitivity can affect your autonomic nervous. Patients suffering from this condition could experience altered autonomic responses and can experience digestive problems. There are some patients who have trouble digesting food correctly or feel sick after eating a small amount. Some may notice changes in their body temperature and have heat intolerance. These disorders are often related to other health issues, such as diabetes.